This comprehensive imaging textbook delves into the innovative realm of neuromolecular imaging through the lens of in vivo electrochemistry. Authored by the esteemed Prof. Patricia A. Broderick, this book explores how neuromolecular imaging has effectively addressed the enduring challenge of electrocatalysis using cutting-edge LIVE imaging nanotechnology and circuits designed uniquely by the author.
At the heart of this discussion is the BRODERICK PROBE®, an advanced nanobiosensor that is not only smaller than a single strand of human hair but also boasts a remarkable safety profile—it does not scar tissue or promote bacterial growth, as clinically demonstrated. This textbook meticulously details the sensor’s success across various clinical and research settings, highlighting the intricate biomedical engineering involved in its production.
This book is an essential read for scientists, clinicians, and researchers interested in brain applications and sensor design. It offers original, tried-and-true protocols tailored for practitioners across multiple disciplines, making it a vital resource for anyone involved in neuromolecular research or biomedical innovation.
With its unique insights and practical applications, this textbook is poised to enrich your understanding of neuromolecular imaging and elevate your research capabilities. Don’t miss the opportunity to explore the groundbreaking work of Prof. Broderick and harness the future of biomedical technology.
Authors:
Patricia A. Broderick (Autor)
